Motorola razr+ 2024 vs Redmi K90 Pro Max

The Motorola razr+ 2024 (2024) runs on the Qualcomm Snapdragon 8s Gen 3, while the Redmi K90 Pro Max (2025) runs on the Qualcomm Snapdragon 8 Elite Gen 5; estimated prices are $654 and $561. By overall MobileRank rating, the Redmi K90 Pro Max leads — 84/100 vs 42/100 (a 42-point difference). Key differences: the Redmi K90 Pro Max has the bigger battery (7560 mAh vs 4000); the Redmi K90 Pro Max is faster in AnTuTu (4,119,955 vs 1,158,987); the Motorola razr+ 2024 is noticeably lighter (189g vs 210g).

The Redmi K90 Pro Max significantly outperforms the Motorola razr+ 2024 by 42 points (84/100 vs 42/100).
Profile comparison
Category scores
Motorola razr+ 2024
Performance 20
Display 100
Camera 54
Battery 20
Design 63
Value for money 65
Redmi K90 Pro Max
Performance 94
Display 100
Camera 74
Battery 82
Design 37
Value for money 71
What makes Motorola razr+ 2024 better?
  • Higher refresh rate: 165Hz vs 120Hz
  • Lighter: 189g vs 210g

  • Better design/ergonomics (63/100 vs 37/100)
What makes Redmi K90 Pro Max better?
  • Higher AnTuTu: 4119955 vs 1158987
  • Better Geekbench Single: 3640 vs 1930
  • Better Geekbench Multi: 11033 vs 4817
  • Bigger battery: 7560 vs 4000 mAh
  • Faster charging: 100W vs 45W
  • Faster wireless charging: 50W vs 15W
  • Cheaper: $561 vs $654

  • Higher performance (94/100 vs 20/100)
  • Better camera (74/100 vs 54/100)
  • Longer battery life (82/100 vs 20/100)
  • Better value for money (71/100 vs 65/100)
Comparison verdict

Comparing the Motorola razr+ 2024 vs the Redmi K90 Pro Max, the Redmi K90 Pro Max scores 42 points higher (84/100 vs 42/100). In the "performance" category, the Redmi K90 Pro Max leads (94/100 vs 20/100). In the "camera" category, the Redmi K90 Pro Max leads (74/100 vs 54/100). In the "battery" category, the Redmi K90 Pro Max leads (82/100 vs 20/100). In the "performance" category, the Redmi K90 Pro Max significantly outperforms the Motorola razr+ 2024 (94/100 vs 20/100). In the "display" category, both devices are on the same level — 100/100. In the "camera" category, the Redmi K90 Pro Max notably outperforms the Motorola razr+ 2024 (74/100 vs 54/100). In the "battery" category, the Redmi K90 Pro Max significantly outperforms the Motorola razr+ 2024 (82/100 vs 20/100). In the "design" category, the Motorola razr+ 2024 notably outperforms the Redmi K90 Pro Max (63/100 vs 37/100). In the "value for money" category, the Redmi K90 Pro Max is a bit better (71/100 vs 65/100).

Motorola razr+ 2024: The Motorola razr+ 2024 is a better fit for everyday use.
Redmi K90 Pro Max: The Redmi K90 Pro Max is a better fit for gamers and power users, those who care about battery life.
Specs comparison
Specification Motorola razr+ 2024 Redmi K90 Pro Max
Processor Qualcomm Snapdragon 8s Gen 3 Qualcomm Snapdragon 8 Elite Gen 5
AnTuTu 1158987 4119955
Geekbench Single 1930 3640
Geekbench Multi 4817 11033
Display 6.9" Foldable LTPO AMOLED 6.9" OLED
Resolution 1080x2640 2608x1200
Refresh rate 165 Hz 120 Hz
Battery 4000 mAh 7560 mAh
Charging 45W 100W
Wireless charging 15W 50W
Main camera 50 MP 50 MP
Ultrawide 0 MP 50 MP
Telephoto 50 MP 50 MP
Front camera 32 MP 32 MP
RAM 12GB 16GB
Storage 256GB 256GB / 512GB / 1TB
OS Android 14 Android 16
Brightness (peak) 3000 nits 3500 nits
NFC yes yes
Protection IPX8 IP68
Dimensions 171.4×74.0×7.1 mm 163.3×77.8×7.9 mm
Weight 189 g 210 g
Price $654 $561
Camera comparison
Motorola razr+ 2024
  • Main: 50MP f/f/1.7
  • Telephoto: 50MP
  • Front: 32MP
54
camera
Redmi K90 Pro Max
  • Main: 50MP f/f/1.88
  • Ultrawide: 50MP
  • Telephoto: 50MP
  • Front: 32MP
74
camera
Display comparison
Motorola razr+ 2024
  • 6.9" Foldable LTPO AMOLED
  • Resolution: 1080x2640
  • Refresh rate: 165 Hz
100
display
Redmi K90 Pro Max
  • 6.9" OLED
  • Resolution: 2608x1200
  • Refresh rate: 120 Hz
100
display
Battery and charging
Motorola razr+ 2024
  • 4000 mAh
  • Wired: 45W
  • Wireless: 15W
20
battery
Redmi K90 Pro Max
  • 7560 mAh
  • Wired: 100W
  • Wireless: 50W
82
battery
Overall performance score

We compared Motorola razr+ 2024 and Redmi K90 Pro Max, covering their specs and all relevant benchmarks.

Motorola razr+ 2024 Qualcomm Snapdragon 8s Gen 3
42/100
1158987 AnTuTu
Redmi K90 Pro Max Qualcomm Snapdragon 8 Elite Gen 5
84/100 +71.9%
4119955 AnTuTu

Redmi K90 Pro Max leads Motorola razr+ 2024 by 71.9% in our overall performance rating.

Benchmarks
Price and availability
Motorola razr+ 2024
$654
Redmi K90 Pro Max
$561

Price difference: $93. Redmi K90 Pro Max is cheaper by $93.

Detailed category analysis
performance

In the "performance" category, the Redmi K90 Pro Max significantly outperforms the Motorola razr+ 2024 (94/100 vs 20/100).

display

In the "display" category, both devices are on the same level — 100/100.

camera

In the "camera" category, the Redmi K90 Pro Max notably outperforms the Motorola razr+ 2024 (74/100 vs 54/100).

battery

In the "battery" category, the Redmi K90 Pro Max significantly outperforms the Motorola razr+ 2024 (82/100 vs 20/100).

design

In the "design" category, the Motorola razr+ 2024 notably outperforms the Redmi K90 Pro Max (63/100 vs 37/100).

value for money

In the "value for money" category, the Redmi K90 Pro Max is a bit better (71/100 vs 65/100).

Frequently asked questions
Which is better: the Motorola razr+ 2024 or the Redmi K90 Pro Max?

The Redmi K90 Pro Max significantly outperforms the Motorola razr+ 2024 by 42 points (84/100 vs 42/100).

What is the rating of the Motorola razr+ 2024 and the Redmi K90 Pro Max?

The Motorola razr+ 2024 has a MobileRank rating of 42/100, the Redmi K90 Pro Max — 84/100.

Which has the better camera: the Motorola razr+ 2024 or the Redmi K90 Pro Max?

The Redmi K90 Pro Max leads on camera score (74/100 vs 54/100).

Which is more powerful: the Motorola razr+ 2024 or the Redmi K90 Pro Max?

The Redmi K90 Pro Max leads on performance (94/100 vs 20/100).

Should you choose the Motorola razr+ 2024 over the Redmi K90 Pro Max?

The Motorola razr+ 2024 is a better fit for everyday use. The Redmi K90 Pro Max is a better fit for gamers and power users, those who care about battery life.